Meet IMS DriveSync® platform: Its ultimate purpose and mission is to enable driving across the world to be safer, smarter and fairer for all. In doing so, the IMS DriveSync® platform turns driving downtime into a more rewarding and valued set of experiences – while ensuring safety remains at the core at all times.
The cloud-based IMS DriveSync® platform is designed to improve the safety on our roads today while simultaneously addressing the efficiency and environmental aspects of transportation. The design philosophy focused on the driver and not the machine, influences everything from the simplicity and transparency of data acquisition through to the advanced soft-computing techniques used to analyze driving behavior and intuitively deliver actionable coaching and rewards to the driver with safety as the highest priority.
IMS DriveSync® has received industry acclaim for its ability to offer customers a data source-agnostic, multi-device strategy for service provision versus a single focused technology approach. IMS’ platform-oriented approach drives more revenue and ARPU by future-proofing investments so you can target specific segments or your entire customer base with different services at the same time.
We work closely with you in choosing the right technologies to adopt to ensure you achieve your growth goals and potential. We make the whole process of a successful launch as simple and easy as possible.
Easily configure and add-on any DriveSync-based service to your existing in-market program
Future-proof your technology investment
Secure delivering peace of mind
Cloud native AWS PaaS services
Fully data source agnostic through the IMS Vehicle Data Exchange
Event driven serverless technology
Highly scalable to millions of connected devices
Designed for fault tolerance
Automation around testing and deployments
Full API suite for headless implementations
The mature and versatile IMS DriveSync® platform not only enhances the driving experience, it also enables a wide range of valuable services such as usage-based insurance, mileage-based, connected claims, distracted driving detection, and dynamic road charging services. These services are configured and deployed using the same flexible, modular, and adaptive framework. All leverage machine-learning to ensure the platform seamlessly adapts after deployment to meet the diverse and growing needs of drivers, their families, insurance carriers, governments and everyone reliant on modern transportation networks and infrastructure.
Data is collected in real time, from our own apps and devices as well as third-party sources.
Data is ingested, analyzed, standardized and enriched through the IMS Vehicle Data Exchange – the data agnostic ingestion layer of IMS DriveSync®.
We combine data, services and deep industry expertise to deliver enterprise solutions to insurers, mobility operators and governments.
IMS DriveSync® supports many diverse deployment options, providing an agnostic approach to data collection needs. Using the IMS Vehicle Data Exchange as its data source agnostic Ingestion layer, IMS DriveSync® supports data collection from smartphone apps, any aftermarket telematics device as well as the future of OEM data Integrations. Learn more in-depth detail about the platform’s data source agnostic Ingestion layer and data collection capabilities by reading more on the IMS Vehicle Data Exchange.
Our one-stop shop approach allows you to deploy any data source, from smartphone apps, to any aftermarket device and the latest OEM embedded sources:
Low-cost Bluetooth connectivity options
IMS DriveSync® delivers a strong IT value proposition that enables IT leaders to confidently deploy connected car services and solutions, and create new revenue streams and programs. The foundation of the IMS DriveSync® platform is based on end-to-end security, integrity of collected data and information availability.
IMS solutions meet strict it requirements for our customers including:
End-to-end policy and process to ensure secure management of client data.
Checks and balances in place to identify anomalies and avoid data corruption.
High availability, load balancing and internal redundancy resulting in high levels of system uptime.